FIELD: precision tool-making industry, possible use in cryogenic gyroscopic devices.
SUBSTANCE: method includes suspension of rotor in electrostatic suspension, transferring of angular speed to rotor, cooling of device down to superconducting condition, suspending of rotor in superconducting magnetic suspension and measurement of speed of deviations of cryogenic gyroscope. Suspension of rotor of cryogenic gyroscope in superconducting magnetic suspension is performed with enabled electrostatic suspension. Following condition is fulfilled: Ke/Km=(Hs/Es)·, where Ke, Km - amplification coefficients of electrostatic and magnetic suspensions, Es, Hs - supporting values of strengths of electric and magnetic fields in working space of suspension, μo, εo - magnetic and electric constants.
EFFECT: increased precision of calibration of cryogenic gyroscope by decreasing level of excitation momentums.
2 dwg
Title | Year | Author | Number |
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CRYOGENIC GYROSCOPE | 2016 |
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0 |
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Authors
Dates
2007-05-20—Published
1983-04-04—Filed